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Applied Equine Podiatry - A New Science?

 

 

By Tom Bowyer DAEP MIAEP

As a horse owner myself I was becoming intensely frustrated with the results I was getting from the majority of farriers I used and desperate to do the very best for my horses I did some research into the possibilities of going shoeless. Initially we stuck with our farrier who gave them a barefoot trim with some unfortunate results which led me to question whether someone who knew more about going shoeless could do a better job. What I intend to do in this article is to try and explain to you my reasons for choosing this particular path – The science of Applied Equine Podiatry.

Applied Equine Podiatry was founded by Dr KC La Pierre RJF MEP PhD. KC, a practicing farrier for over 23 years and concerned horse owner, continually found that, it didn’t seem to matter how good a farrier you could be, it was inevitable that the hooves of an older horse would exhibit massive changes in shape from the hooves they would’ve had as a youngster. For example: Under-run heels, long toes, a lack of inner wall to nail to making larger nails, quarter clips and toe clips a necessity. Sound familiar?
hoofage3hoofage4

 

 

 

 

Dissatisfied with this never-ending battle KC trained under a master smith in a blacksmith museum with the logic that if he were able to make the best possible shoes for the horses in his care he would be more than able to effectively combat these recurring pathologies of the foot.

It was whilst working under the tutelage of the master smith that the formula

Structure + Function = Performance

was ingrained in him. He was encouraged on a daily basis to break things down to the simplest denominator and determine how things worked before forging them by asking three simple questions:

  • What structures do I have?
  • How does that structure function?
  • How do I want it to perform?

After KC’s time at the blacksmith museum he returned to shoeing horses and applied a variety of shoes but with the same results as before forcing him to the conclusion that the shoe was not the answer and that the answers were to be found on the inside. In an attempt to solve the problem he decided to ask those three simple questions in relation to the horse’s hoof.

Firstly let’s look at structure. There are seven structures of the hoof that we regularly address, these are:

  • The frog
  • The sole
  • The heels (or the angle of the bar)
  • The bars
  • The quarters
  • The toe
  • The lateral cartilages

Next we have function. If I were to ask you to list what functions we want from the equine foot you might come up with a list that looks something like this:

  • Traction
  • Locomotion
  • Circulation
  • Shock absorbency
  • Energy utilization
  • Protection

Every one of these, with the exception of circulation, is an attribute we would assign to performance and not to function. For function we need to look at each of the seven structures individually. Each of those structures has its own function and this is what KC set out to discover.

After many years of evidence based research and many hundreds of dissections we now have what we believe is an accurate model of the horse’s foot: What its structures should look like when they are correct, where they belong and what each of their functions are: In short - Applied Equine Podiatry based on The Suspension Theory of Hoof Dynamics and the HPT Method™ (High Performance Trim)

Interestingly, a very fine balance exists within the foot with each individual structure being dependant on the health and correct function of all of its adjoining structures. If through domestication we inhibit the correct function of any of the structures of the foot you will lose much needed structure and compromise performance; more importantly you risk damaging the long term health of your horse. Many of the pathologies we see today in the equine foot are as a direct result of shoes and incorrect trimming, neither of which in any way promote correct function of the horse’s foot.

soleshoepoorshoeing

 

 

 

 

The science of Applied Equine Podiatry is so much more than simply a trim. The trim is very important as it is bio-mechanically accurate; we trim the hoof capsule to be in balance with the footprint of the horse (see KC’s work on ‘The suspension theory of hoof dynamics’ for more details) and not by relying on guesswork and pastern angles etc. The trim itself can be very easily taught and most importantly it is non-invasive. We never remove healthy structure to balance bad structure. Hugely more significant however is the application of the science between each trim. The trim is only one of the tools we use in the application of the science.

Time, the environment and owner commitment are also critical. What this means to us as horse owners is that we are now empowered to be pro-active in the quest for the perfect foot as long as we adhere to the following principles.

  • Structure + Function = Performance
  • The horse has the innate ability to heal itself (providing that the environment is conducive to the healing)
  • Correct pressure is the stimulus for correct growth
  • Utilize time as a dimension in the positive treatment of the equine foot
  • Do no harm

'Do no harm’ is a phrase often mentioned by hoof-care practitioners but it can only be practiced with a strong understanding of the equine foot and
therefore knowledge of what would constitute ‘harm’ in the first place. Applied Equine Podiatry gives us that knowledge.

A DAEP (Degreed Applied Equine Podiatrist) will rate each of the seven structures of the foot, scoring them between 1 and 10. These scores are then added up and divided by seven to give an average score for that foot on what we call the spectrum of usability. The scores of all four feet are then added up and divided by four to give the average score on the spectrum for the horse. As a tool this is invaluable. It keeps the horse (and the podiatrist) safe, it gives the owner a record of the health of their horse’s feet and allows the podiatrist to give their recommendations as to what needs to happen in order to return any structures that may be lacking; this may include dealing with infections and following a daily rehabilitation program over various terrains ensuring that at no time will we risk causing trauma to the foot by exceeding its capabilities within the spectrum.

Other factors that are considered when assessing a horse’s position on the spectrum include:

  • The intended use / discipline of the horse
  • Height
  • Weight
  • Level of fitness
  • Diet
  • Weight of the rider
  • Level of skill and position of the rider
  • Daily living environment

It really is whole horse hoof care. I like to use the analogy that a person wouldn’t immediately enter a marathon if they were ridiculously unfit, you would need to train to a suitable level of fitness first, the foot is no different; you need to take the time to get a healthy foot under your horse and the benefits will speak for themselves. In 2005 / 2006 KC consulted at Simon Earle’s  racing yard and with the changes they made to their environment, based on his suggestions, took Saucy Night from a horse who had, up until that point, never even passed another horse in a race, to a horse who was winning his races, shoeless and over jumps. As for my own horses, they seem quite happy with their new trimmer… me!

barefoot1barefoot2barefoot3

 

 

 

 

 

For further information on Applied Equine Podiatry and to locate a DAEP in your area, please visit www.equinepodiatry.net

Covering Shropshire, Powys and surrounding areas:
Tom Bowyer DAEP MIAEP 01691 860417 / 07747 680946

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Thursday, 8 May, 2008